Arabsat 6A Lyngsat: The Ultimate Guide to Channels, Frequencies, and Coverage
In the world of satellite television, few resources are as trusted and frequently updated as Lyngsat (LyngSat Satellite). For enthusiasts, installers, and home viewers, Lyngsat is the definitive online database for live transponder updates. When searching for information on one of the most powerful commercial satellites ever built—Arabsat 6A—the term “Arabsat 6A Lyngsat” becomes an essential search query.
This article serves as a comprehensive guide to Arabsat 6A, explaining how to use Lyngsat to find its frequencies, what channels you can expect, its coverage area, and technical specifications. Whether you are trying to realign your dish or simply curious about the satellite’s capabilities, read on to master the details of Arabsat 6A via Lyngsat.
1. General Satellite Information
| Parameter | Details | |-----------|---------| | Satellite Name | Arabsat 6A | | Operator | Arabsat (Arab Satellite Communications Organization) | | Launch Date | April 11, 2019 | | Launch Vehicle | Falcon Heavy (SpaceX) – first commercial flight | | Orbital Position | 30.5° East (primary) | | Status | Active | | Mission Life | ~15 years | | Manufacturer | Lockheed Martin (A2100M bus) |
5. Additional Orbital Position – 31.5°E (Inclined Testing)
During early operations (2019–2020), Arabsat 6A was temporarily located at 31.5°E for testing with limited transponders. LyngSat may still show historical entries for that position, but the primary operational position is 30.5°E.
2. Satellite and Orbital Details
- Satellite name: Arabsat-6A
- Operator: Arabsat (Kingdom of Saudi Arabia)
- Launch vehicle and date: (note: typical factual launch info should be verified against current sources)
- Orbital position: geostationary slot commonly listed as 30.5° East (actual position should be verified with LyngSat/current orbital data)
- Mission type: Ku-band and possibly Ka/C-band communications payload for TV distribution, broadband, and data services.
Quick Summary Table (Example of LyngSat-style data)
| Frequency | Pol | SR | System | Usage Example | |-----------|-----|----|--------|----------------| | 10970 H | H | 27500 | DVB-S2 | MBC HD package | | 11747 V | V | 27500 | DVB-S2 | Saudi channels | | 12399 H | H | 27500 | 8PSK | Sports/News |
Note: Always verify current data on LyngSat, as channels move.
Bottom line: LyngSat itself is the most useful technical resource for Arabsat 6A. For explanatory articles, combine LyngSat data with a recent satellite guide or forum post from 2024–2025. Would you like help interpreting specific frequency or beam coverage details once you have the LyngSat page open?
The Arabsat 6A is a commercial communications satellite operated by the Arab Satellite Communications Organization, also known as Arabsat. It was launched on April 11, 2019, from the Kennedy Space Center in Florida, aboard a SpaceX Falcon 9 rocket.
The satellite is designed to provide telecommunications services, including television broadcasting, broadband internet, and mobile communications, to the Middle East, North Africa, and Europe. Arabsat 6A is equipped with 32 Ku-band transponders and 12 Ka-band transponders, which will enable it to offer a range of services, including high-definition television (HDTV) broadcasting, broadband internet access, and voice-over-internet protocol (VoIP) services.
According to Lyngsat, a website that provides information on satellite television and telecommunications, Arabsat 6A is located at 30.5°E longitude, where it will serve as a replacement for the Arabsat 5A satellite. The satellite's coverage area includes the Middle East, North Africa, and parts of Europe, making it an important addition to Arabsat's fleet of satellites.
The launch of Arabsat 6A was a significant milestone for Arabsat, as it marked the company's entry into the high-throughput satellite (HTS) market. The satellite's Ka-band payload will enable Arabsat to offer high-speed internet services, including broadband access and voice-over-internet protocol (VoIP) services, to customers in the region.
In addition to its telecommunications services, Arabsat 6A is also equipped with a range of advanced features, including a modular architecture, which will enable it to be easily reconfigured to meet changing market demands. The satellite is also designed to be highly efficient, with a high level of redundancy and a robust design that will ensure reliable operation over its planned 15-year lifespan.
Overall, the Arabsat 6A is an important addition to Arabsat's fleet of satellites, and will play a critical role in providing telecommunications services to the Middle East, North Africa, and Europe. Its advanced features and capabilities make it well-suited to meet the growing demands of the region's rapidly expanding telecommunications market.
Here are some key specifications of Arabsat 6A:
- Launch date: April 11, 2019
- Launch vehicle: SpaceX Falcon 9
- Longitude: 30.5°E
- Transponders: 32 Ku-band, 12 Ka-band
- Coverage area: Middle East, North Africa, Europe
- Services: Television broadcasting, broadband internet, mobile communications
- Planned lifespan: 15 years
Source:
- Arabsat: www.arabsat.com
- Lyngsat: www.lyngsat.com
The following overview of the Arabsat 6A satellite is based on technical data from
(last updated April 11, 2026) and official mission profiles. 1. Satellite Overview Arabsat 6A
is a high-capacity telecommunications satellite operated by the Arab Satellite Communications Organization (Arabsat)
. Launched on April 11, 2019, via a SpaceX Falcon Heavy rocket, it is part of the "6th Generation" of the Arabsat fleet. Orbital Position: 30.5 raised to the composed with power East (Geostationary). Manufacturer: Lockheed Martin (based on the modernized LM 2100 platform).
To provide television, internet, telephone, and secure communications to customers across the Middle East, Africa, and Europe. 2. Frequency and Band Details The satellite operates primarily in the . According to frequency plans
, its Ku-band payload includes FSS (Fixed-Satellite Service), BSS (Broadcast-Satellite Service), and APX (Advanced Payload) configurations. Active Transponders (Sample Data): Frequency (MHz) System/Modulation Symbol Rate (SR) DVB-S2 / 8PSK Horizontal DVB-S2 / 8PSK Horizontal DVB-S2 / 8PSK Data source: LyngSat (April 2026) 3. Technical Specifications Spacecraft Bus: Launch Date: April 11, 2019. Operational Altitude: Approximately Replacement Strategy: It was designed to join and eventually replace the aging Arabsat 5A at the same 30.5 raised to the composed with power East position. 4. Coverage and Footprints
The satellite features multiple beams designed for specific regional coverage: Ku-band FSS Beam:
Targets the Middle East, North Africa (MENA), and parts of Europe. Ka-band Payload:
Primarily utilized for high-throughput data and secure government communications. specific TV channels currently broadcasting on these frequencies? Arabsat 5A/6A at 30.5°E - LyngSat
5°E, based on updated 2026 information from LyngSat. Spotlight on Arabsat 6A: Driving the Future of MENA Broadcasting at 30.5°E
As the demand for high-definition content and robust satellite connectivity grows across the Middle East, Africa, and Europe, the Arabsat 6A satellite has solidified its role as a key pillar in the Arabsat fleet. Positioned at 30.5°E, this Lockheed Martin-built powerhouse remains central to the Arabsat/LyngSat channel listings, bringing advanced Ku-band and Ka-band capabilities to the region. The 30.5°E Powerhouse
Launched in April 2019 via SpaceX Falcon Heavy, Arabsat 6A (also known as a part of the Arabsat-6G program) was designed to boost capacity and offer superior performance over its predecessor, Arabsat-5A.
As of early 2026, LyngSat data shows that Arabsat 6A is actively serving a mix of FSS (Fixed-Satellite Service) channels, focusing primarily on high-definition (HD) broadcasting using DVB-S2 technology. Key Features of the Arabsat 6A Platform
Optimal Location: Stationed at 30.5° East, it acts as a primary hub alongside the neighboring 26°E position (Badr 4/5/6/7).
High-Capacity Broadcasting: The satellite is noted for providing high downlink power, ideal for direct-to-home (DTH) TV and radio services.
Dual-Band Capability: Utilizing both Ku-band (fixed and steerable) and Ka-band transponders, 6A offers versatility for both broadcasting and data networking.
Advanced Technology: Built on the Modernized LM 2100 series bus, it is one of the most advanced commercial satellites in the Arabsat fleet. LyngSat Highlights: April 2026
According to the latest LyngSat updates (April 2026), Arabsat 6A is hosting a diverse range of feeds and services, particularly within the FSS beams:
FSS Band Activity: Multiple transponders are active, including 11080 V, 11105 V, and 11154 H/V, utilizing DVB-S2 8PSK/QPSK modulation.
Channel Lineup: The satellite continues to transmit specialized content, including news feeds, thematic channels, and regional services for the Middle East and North Africa (MENA).
High-Definition Focus: The majority of active services are compressed in MPEG-4, ensuring high-definition quality, as seen in the 11080 V transponder listing. Why Arabsat 6A Matters
Arabsat 6A is crucial for expanding high-capacity services into new verticals. It serves government, media, and private entities with reliable, secure capacity over Europe, Africa, and the Middle East.
This article is based on information valid as of April 24, 2026. If you'd like, I can:
Identify the specific TV channels currently active on Arabsat 6A. Provide a map of the coverage area (footprint). Compare it to the 26.0°E Badr satellites. Let me know which of these you'd like to explore further. ArabSat-6A - Skybrokers
Step 3: Manual Entry on Your Receiver
- Go to your satellite receiver’s installation menu.
- Select "Add Transponder" or "Manual Scan."
- Enter the frequency, polarization, symbol rate, and FEC (if required).
- Set the satellite to Arabsat 6A at 30.5° East.
- Scan and save.
Conclusion
Arabsat 6A is a technological marvel, and LyngSat serves as the perfect companion to understand its complex payload. Whether you are a home viewer looking for MBC in HD, an ISP using Ka-band spot beams, or a telecom engineer, the Arabsat 6A page on LyngSat is your go-to reference.
Tip: Visit
lyngsat.com/Arabsat-6A.html(or search “arabsat 6a lyngsat”) for the live listing. Bookmark it—frequencies change often in the dynamic Middle East satellite market.
This article is based on data available as of the current year. Always refer to LyngSat for the latest updates.
Arabsat 6A: A New Era of Satellite Connectivity at 30.5° East
Arabsat 6A is a state-of-the-art geostationary communications satellite that has significantly bolstered the telecommunications infrastructure across the Middle East, Africa, and Europe. Launched in April 2019, it serves as a critical hub for high-definition television, high-speed internet, and secure data services. Technical Overview and Specifications
Constructed by Lockheed Martin, Arabsat 6A was built on a modernized A2100 bus (also referred to as the LM-2100). It is recognized as one of the most powerful and advanced commercial satellites ever produced by the manufacturer, featuring innovations like solar arrays that are 30% lighter and 50% more powerful than previous models. Orbital Position: 30.5° East Launch Vehicle: SpaceX Falcon Heavy Launch Date: 11 April 2019
Lifespan: Expected 15–20 years (extended by the precision of the Falcon Heavy launch) Mass: Approximately 6,465 kg (Launch mass) Payload: Ku-band and Ka-band transponders Satellite Details - Arabsat 6A - SatBeams
Arabsat 6A: A High-Throughput Beacon at 30.5° East Arabsat 6A represents a milestone in Middle Eastern telecommunications, serving as a high-capacity "bridge" in geostationary orbit. Launched on April 11, 2019
, it was famously the first commercial payload carried by SpaceX's Falcon Heavy rocket. Positioned at the 30.5° East
orbital slot, it replaced the aging Arabsat 5A to provide modernized television, internet, and secure communications across the Middle East, Africa, and Europe. Technical Architecture Built by Lockheed Martin on the modernized
, Arabsat 6A is one of the most advanced commercial satellites ever produced. : Approximately 6,465 kg at launch.
: Features two large deployable solar arrays and high-capacity batteries. : Equipped with fixed and steerable transponders.
: While designed for 15 years, the precision of the Falcon Heavy launch provided enough extra fuel to potentially extend its operation to 18–20 years Transponder Insights (LyngSat Data) According to the latest technical logs from
, the satellite operates a variety of digital multiplexes (muxes): Channels/Services Examples DVB-S2/8PSK Al Basrah TV (MPEG-4/HD) DVB-S2/8PSK Wasat TV (MPEG-4/HD) DVB-S2/8PSK High-speed data feeds DVB-S2/QPSK Digital data mux
LyngSat updates frequently reflect changes in channel lineups, such as the recent addition of to the 6A platform. Strategic Significance
Arabsat 6A is a high-capacity, geostationary communications satellite owned and operated by
(Arab Satellite Communications Organization). It is stationed at the 30.5° East
orbital position, which it shares with Arabsat 5A. Launched on April 11, 2019 , it was the first commercial payload carried by SpaceX's Falcon Heavy Technical Specifications According to data from SatelliteMap.space , the satellite features: Manufacturer Lockheed Martin (modernized A2100 bus). : Approximately 6,465 kg at launch. Service Life
: Designed for 15 years, though the high-precision launch by Falcon Heavy may extend its operational life to 18–20 years Transponders
: Equipped with Ku-band and Ka-band transponders (fixed and steerable) to provide television, radio, internet, and mobile communications. Coverage and Footprints
Arabsat 6A provides extensive coverage across several regions: Middle East & North Africa (MENA) : Primary coverage for broadcast and data services. Sub-Saharan Africa : Targeted beams for high-speed connectivity. Europe & Central Asia : Extended reach for international broadcasting. LyngSat Frequency Highlights According to the latest LyngSat updates April 12, 2026
, Arabsat 6A hosts various digital services using DVB-S and DVB-S2 standards: Polarization Horizontal (H) Horizontal (H) Vertical (V) Horizontal (H) Vertical (V)
Arabsat 6A is a high-capacity telecommunications satellite currently positioned at 30.5° East. It provides a wide range of services including television broadcasting, internet, and secure communications across the Middle East, Africa, and Europe. Satellite Overview
Orbital Position: 30.5° East (joined and will eventually replace Arabsat 5A). Launch Date: April 11, 2019, via a SpaceX Falcon Heavy.
Manufacturer: Lockheed Martin, using the modernized A2100 bus.
Operational Life: Designed for a 15-year lifespan, though the high-precision Falcon Heavy launch may extend this to 18–20 years.
Frequency Bands: Equipped with Ku-band (FSS, BSS, Appendix 30B) and Ka-band transponders. Channel and Technical Data (LyngSat Reference)
According to updated listings on LyngSat, the satellite hosts various regional television feeds and data services. Arabsat 6A at 30.5°E - LyngSat
What is Arabsat 6A? Arabsat 6A is a commercial communications satellite operated by the Arab Satellite Communications Organization (ARABSAT). It was launched on April 11, 2019, and is positioned at 30.5°E longitude in the geosynchronous orbit.
LyngSat and Arabsat 6A LyngSat is a popular online database that provides detailed information on satellite TV channels, transponders, and satellites. For Arabsat 6A on LyngSat, you can find the following information:
- Satellite Details:
- Satellite Name: Arabsat 6A
- Position: 30.5°E
- Launch Date: April 11, 2019
- Orbit: Geosynchronous
- Type: Commercial Communications Satellite
- Transponders:
- Frequency Range: C-Band and Ku-Band
- Number of Transponders: 26 (18 C-Band, 8 Ku-Band)
- Transponder Bandwidth: 36 MHz (C-Band), 72 MHz (Ku-Band)
- Channels and Programming:
- Arabsat 6A carries a variety of TV channels, including Arabic, international, and regional channels.
- Some channels broadcast in free-to-air (FTA), while others are encrypted (BISS or DVB-CSA).
How to find Arabsat 6A on LyngSat:
- Visit the LyngSat website (www.lyngsat.com).
- Click on "Satellites" and select "Arabsat 6A" from the list or enter "30.5°E" in the search bar.
- You'll be taken to the Arabsat 6A satellite page, which provides detailed information on the satellite, including:
- Transponder list with frequency, polarization, and symbol rate information.
- Channel list with details on channel name, frequency, and encryption.
What can I do with this information? With this information, you can:
- Scan for channels: Use a satellite receiver or a software tool to scan for channels on Arabsat 6A using the transponder information.
- Configure your satellite dish: Adjust your satellite dish to point to 30.5°E and configure your LNB (Low-Noise Blocker) for C-Band or Ku-Band reception.
- Log in to channels: If you're interested in watching channels on Arabsat 6A, you may need to obtain the necessary receiver and subscription information.
Arabsat-6A is a high-capacity geostationary communications satellite that represents a significant leap in telecommunications infrastructure for the Middle East, Africa, and Europe. Launched on April 11, 2019, it gained global attention as the first commercial mission of SpaceX's Falcon Heavy rocket. Positioned at the 30.5° East orbital slot, it works alongside and is intended to eventually replace the aging Arabsat-5A. Technical Foundation and Design
The satellite was manufactured by Lockheed Martin using a modernized version of the A2100 (LM 2100) bus. This platform incorporates advanced propulsion systems, solar arrays, and electronics, making it one of the most powerful commercial satellites produced by the company. Arabsat 6A Satellite launched | Aviation Week Network
Arabsat 6A is a high-capacity geostationary communications satellite that represents a significant leap in telecommunications infrastructure for the Middle East, Africa, and Europe. Launched on April 11, 2019, it holds the distinction of being the first commercial payload carried by SpaceX’s Falcon Heavy rocket. Positioned at the 30.5° East orbital slot, it works alongside Arabsat 5A to provide a robust suite of services, including television, radio, internet, and secure government communications. Technical Architecture and Launch
Developed by Lockheed Martin, Arabsat 6A was built on the modernized A2100 platform. This "LM 2100" bus features several technical innovations designed for long-term efficiency: Mass: A launch mass of approximately 6,000–6,465 kg.
Power: Advanced solar arrays that are 30% lighter and 50% more powerful than previous versions. Lifespan: A designed service life of at least 15 years.
Propulsion: More efficient thrusters allowing for extended orbital maneuvers. Arabsat 6A - Gunter's Space Page
Arabsat 6A is a Saudi Arabian geostationary communications satellite. Arabsat and King Abdulaziz City for Science and Technology ( Gunter's Space Page Arabsat 6A Satellite Moves Closer to Launch
Arabsat 6A’s Orbital Position: The Key to Finding It
To locate any satellite on Lyngsat, you need the orbital slot. Arabsat 6A is co-located with its predecessor at 30.5 degrees East (often listed as 30.5°E). However, it is crucial to check Lyngsat carefully because Arabsat 5A and Badr satellites occupy nearby slots (26°E and 26.5°E). Confusing them is a common mistake.
On the Lyngsat page for 30.5°E, you will typically see a merged list of payloads from both Arabsat 5A and Arabsat 6A, as they share the same orbital position and frequencies.
